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    • 112. 发明申请
    • Webbed finger sheaths for swimming aid
    • 用于游泳辅助物的网状手指护套
    • US20080242168A1
    • 2008-10-02
    • US11727214
    • 2007-03-26
    • Shao-Hua Wang
    • Shao-Hua Wang
    • A63B31/02
    • A63B31/04
    • An improved “webbed finger sheaths for swimming aid” comprises the unitary integral body of truncated tubular structure and the web membrane, which being disposed between the longitudinal central lines on the lateral sides of the adjacent truncated tubular structures such that having same structure on both of the palmar side and back side for suitability of left-hand and right-hand, wherein, both ends of said truncated tubular structure are open not only to enable the fingers smoothly wearing through inside but also to let the fingertips protruding expose out for having the dexterity and maneuverability of the fingers during practical operation; And, said web membrane has at least one groove configured for sufficient flexibility; Moreover, at least one raised blade is configured on said web membrane, which being disposed between the adjacent truncated tubular structures, to increase the paddling effect.
    • 改进的“用于游泳辅助物的网状手指护套”包括截头管状结构的单一整体和腹膜,其布置在相邻截头管状结构的侧面上的纵向中心线之间,使得在两个 手掌侧面和背面,用于左右手的适用性,其中,所述截头管状结构的两端开放,不仅能够使手指平滑地穿过内部,而且使指尖突出地暴露出来,以具有 实际操作时手指的灵巧性和机动性; 并且,所述网膜具有至少一个构造成足够的柔性的凹槽; 此外,至少一个凸起的刀片被配置在所述腹板膜上,该膜片位于相邻的截头管状结构之间,以增加划桨效果。
    • 117. 发明授权
    • Process for the recovery of alkoxysilanes obtained from the direct reaction of silicon with alkanols
    • 由硅与烷醇的直接反应获得的烷氧基硅烷的回收方法
    • US07365220B2
    • 2008-04-29
    • US11238199
    • 2005-09-29
    • Kenrick Martin LewisHua Wang
    • Kenrick Martin LewisHua Wang
    • C07F7/04
    • C07F7/025
    • A process is provided for separating a mixture of alkoxysilanes and alkanol, e.g., the crude product effluent of the Direct Reaction of silicon metal with alkanol, which comprises: a) introducing a mixture of alkoxysilane(s) and alkanol to a separation unit possessing a separation membrane having a first surface and an opposing second surface; b) contacting the mixture of alkoxysilane(s) and alkanol with the first surface of the separation membrane whereby one or more components of the mixture selectively absorb into the first surface and permeate therethrough to the second surface under the influence of a concentration gradient across the membrane thereby separating the mixture into an alkanol-enriched permeate fraction and an alkanol-deficient retentate fraction or an alkoxysilane-enriched permeate fraction and an alkoxysilane-deficient retentate fraction; and, c) recovering the permeate fraction.
    • 提供了一种用于分离烷氧基硅烷和链烷醇的混合物的方法,例如硅金属与烷醇的直接反应的粗产物流出物,其包括:a)将烷氧基硅烷和烷醇的混合物引入到具有 分离膜具有第一表面和相对的第二表面; b)使烷氧基硅烷和链烷醇的混合物与分离膜的第一表面接触,由此混合物中的一种或多种组分选择性地吸收到第一表面中并在跨越第一表面的浓度梯度的影响下渗透到第二表面 从而将混合物分离成富含链烷醇的渗透物馏分和链烷醇缺乏的滞留物部分或富含烷氧基硅烷的渗透物部分和烷氧基硅烷缺乏的滞留物部分; 和c)回收渗透部分。
    • 119. 发明申请
    • CARRIER TRANSPORTATION MANAGEMENT SYSTEM AND METHOD FOR INTERNAL BUFFER PROCESS TOOLS
    • 载体运输管理系统和内部缓冲过程工具的方法
    • US20080015723A1
    • 2008-01-17
    • US11457645
    • 2006-07-14
    • Ren-Hour CHENKuo-Hua WANGChien-Hsiung CHEN
    • Ren-Hour CHENKuo-Hua WANGChien-Hsiung CHEN
    • G06F19/00
    • H01L21/67276
    • System and method for carrier transportation management in a wafer fabrication facility (“fab”) are described. In one embodiment, the fab comprises a process tool having an internal buffer for storing a plurality of carriers each containing a wafer lot and a load port for loading wafer lots into and out of the internal buffer and the method comprises determining a relative priority between a first wafer lot, which has been processed by the process tool and is stored in the internal buffer, and a second wafer lot, which is to be transported to the process tool for processing thereby; and, responsive to a notification from the process tool that the load port is available, unloading the first wafer lot from the internal buffer via the load port if the first wafer lot has been determined to have a higher priority than the second wafer lot, and transporting the second wafer lot to the process tool and loading the second wafer lot into the internal buffer via the load port if the second wafer lot has been determined to have a higher priority than the first wafer lot.
    • 描述了晶片制造设备(“fab”)中的载体运输管理的系统和方法。 在一个实施例中,晶圆厂包括具有内部缓冲器的处理工具,所述内部缓冲器用于存储多个载体,每个载体包含晶片批次和负载端口,用于将晶片批次载入和流出内部缓冲器,并且该方法包括确定 第一晶片块,其被处理工具处理并存储在内部缓冲器中;以及第二晶片批次,其将被运送到处理工具以进行处理; 并且响应于所述加工工具的通知所述加载端口可用,如果已经确定所述第一晶片批次具有比所述第二晶圆批次更高的优先级,则通过所述负载端口从所述内部缓冲器卸载所述第一晶片批次;以及 如果第二晶片批次被确定为具有比第一晶片批次更高的优先级,则将第二晶片批次运送到处理工具并将第二晶片批次装载到内部缓冲器中。
    • 120. 发明申请
    • Card edge connector
    • 卡缘连接器
    • US20070281500A1
    • 2007-12-06
    • US11809338
    • 2007-05-31
    • Zhen-Hua Wang
    • Zhen-Hua Wang
    • H01R12/00
    • H01R12/721
    • A card edge connector for a daughter board comprises a connector body and a fastener. The fastener has a base portion with a pair of latching arms for latching the daughter board, a movable portion mounted on the base portion and being able to move in a top-to-bottom direction, a spring respectively abutting against the base portion and the movable portion at opposed ends thereof and a locking equipment. The daughter board inserts into the connector body and is downwardly pressed toward the fastener; then the movable portion of the fastener moves downwardly and brings the latching arms rotating outwardly to latch the daughter board. Then, the locking equipment locks the movable portion to keep the daughter board in a reliably electrical connecting with the card edge connector and a print circuit board.
    • 用于子板的卡缘连接器包括连接器主体和紧固件。 紧固件具有基部,其具有用于锁定子板的一对闩锁臂,可移动部分安装在基部上并能够在顶部到底部的方向上移动,弹簧分别抵靠基部和 在其相对端处的可动部分和锁定设备。 子板插入连接器主体中并朝向紧固件向下压; 则紧固件的可移动部分向下移动并使闩锁臂向外旋转以闩锁子板。 然后,锁定装置锁定可动部分,以使子板与卡缘连接器和印刷电路板可靠地电连接。